When we think about calibration standards for analytical instruments, we see a set of accreditations that are used to validate the methods used to manufacture calibration standards. Essentially, they set an expected standard that can maintain the reliability of your measuring tools, such as solution standards. Therefore, any results that they produce can be validated and seen as accurate.
To ensure that analytical instruments meet the quality standard, they must go through a calibration process. For this to happen, the results of said instrument are compared to those from a standard. This standard should have a suitable accuracy with uncertainty for the analytical instrument used and be traceable back to a SI base unit.
There are different groups that help achieve traceability to the SI. Firstly there is NIST, the National Institute of Standards and Technology. Otherwise known as the US National Metrology Institute, NIST provides a variety of calibration standards to ensure that the results of measuring instruments are extremely accurate.
There are also groups that help set standard practices to ensure testing competency. One such group is ISO, the International Organization for Standardization. ISO’s standards are created specifically with calibration procedures in mind. Two in particular are ISO 9001 and ISO 17025.
An ISO 9001 standard is used with quality management systems to ensure that their calibration status is maintained. As well as this, there are ISO 17025 calibrations, also known as ISO/IEC 17025. By being ISO 17025 accredited, a facility can prove that their findings are accurate.
Of course, not all standards from ISO and NIST fit the needs of different projects. This is where custom standards can come in useful. These standards ensure that specific tools and instruments can remain accurate, even if they cannot be used with conventional standards.
Let’s look at custom standards in detail. That way we can learn about why they are excellent choices to use with analytical instruments. Read on to know more!
Ensuring Accuracy in Data Collection
At the heart of scientific and industrial research lies the quest for unerring accuracy. Analytical instruments, be it chromatographs, spectrophotometers, or microscopes, are tasked with measuring and analyzing materials at incredibly precise levels.
Custom standards, which are substances of known concentration and high purity, are indispensable for taking these measurements correctly. Unlike off-the-shelf standards, custom standards can be designed to match the parameters of a specific process. This minimizes the margin for error and enhances the reliability of the data collected.
Accuracy in data collection is not just about achieving the right numbers. It focuses on building the foundation for trustworthy conclusions. The implications of inaccurate measurements can range from financial losses to health and safety risks in areas like:
- Pharmaceuticals
- Environmental monitoring
- Material science.
Custom standards ensure that instruments are calibrated to reflect the true nature of the samples being analyzed. As a result, they can safeguard against these potential repercussions.
Extending the Life of Instruments
Analytical instruments represent significant investments for laboratories and industrial facilities. Protecting these assets are essential for both economic and operational reasons.
Calibration plays a crucial role in this protection. Properly calibrated instruments suffer less wear and tear from incorrect usage or overcompensation for inaccurate measurements.
Custom standards contribute to extending the lifespan of these instruments. This is by ensuring that they are calibrated with the highest precision. The tailored approach from custom standards prevents the potential damages associated with using standards that are not perfectly suited to the instruments' specifications. In the long run, this saves costs and ensures that experiments and processes are not interrupted by equipment downtime.
Verifying the Performance of Devices
The calibration of analytical instruments is about setting them up for accurate measurements and verifying their ongoing performance. Custom standards are invaluable in this regard. After all, they can be designed to challenge the instruments at the limits of their specifications.
Through comparing the instruments' measurements against these custom-tailored benchmarks, laboratories and industrial operators can confirm whether the devices are still performing within acceptable accuracy ranges.
Furthermore, custom standards allow for the comparison between less accurate devices and those with higher precision. This comparison is critical in environments where multiple instruments of varying accuracies are used in tandem.
By establishing a hierarchy of reliability through custom calibration, operators can make informed decisions about which instruments to use for specific measurements. This will ensure the best possible data quality.
Enhancing Precision in Various Fields
The application of custom standards extends across various fields, each with its own unique demands for precision. For example, in metallography, calibration standards for optical microscopes enable the accurate measurement of features or defects on surfaces.
Custom standards must be meticulously designed to reflect the specific characteristics of the materials under study. This highlights the versatility and necessity of custom solutions in achieving high levels of precision across different scientific and industrial domains.
Ultimately, custom standards offer a bespoke solution to the calibration of analytical instruments. They address the specific needs of each application to:
- Ensure accuracy
- Extend instrument life
- Verify performance
The tailored nature of these standards means that they are not just tools for compliance. Instead they are catalysts for innovation. Custom standards enable experiments and processes to be conducted at the cutting edge of precision.
As such, the investment in custom standards is an investment in the future of scientific and industrial research. It promises data of the highest reliability and integrity.
Rely on Inorganic Ventures For Your Custom Standards
No matter what type of new instrument you have created, it is important to use a custom standard to test the equipment for its measuring capabilities. By comparing it to a custom standard, its results can be confirmed as correct.
Analytical instruments rely on confirmed standards to ensure that they are working to the best of their ability. These standards can also be used to ensure a uniformity of results.
The examinations of measuring instruments can have a large impact when utilized in real world applications. For instance, if they are calibrated incorrectly, and then used to analyze a product, this could cause future issues with customers. So, it is important that the custom standard is accurate.
If you are working with a custom standard, it needs to be confirmed as reliable. It is not easy to create a custom standard. But do not worry. This is where we, Inorganic Ventures, can step in to help you.
Through utilizing our expertise and focus on continual improvement, we can help you to get the best custom standard for your analytical instruments. That way you can feel confident in your results. Just let us know how we can help you and we will get started on your custom standard.
Simplify your calibration methods now with our custom standards. Visit our custom standards page to get started!